Extra High Level QAC Test Strip 1st - 64 x 5 mm (LxW) - QUAT test strips 0 - 10000 ppm

Art nr. QAC100001V50
The Extra High Level QAC Test Strip (Quaternary Ammonium Compounds) measures the range of 0-10,000 ppm in increments of 1000, 2500, 5000 and 10000 ppm, and gives results in just seconds. Check for higher levels of QAC when testing stronger solutions that kill pathogenic organisms, as opposed to
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€ 51,52
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Omschrijving
The Extra High Level QAC Test Strip (Quaternary Ammonium Compounds) measures the range of 0-10,000 ppm in increments of 1000, 2500, 5000 and 10000 ppm, and gives results in just seconds. Check for higher levels of QAC when testing stronger solutions that kill pathogenic organisms, as opposed to testing for residual QAC with our Low Level QAC test strip, or our standard QAC Quick Response Test Strip.

Customizable water-resistant label Desiccant vial with flip-top lid

 


  1. Remove one test strip from the vial, being careful not to touch the test pad with your fingers.
  2. Dip the test strip into the solution to be tested and remove immediately.
  3. Immediately compare the test pad to the color chart. It is very important for the accuracy of the results to read the strip immediately (the maximum wait time is 5 seconds).

extra high level qac test strip, qac test strip, quaternary ammonium compounds

Precision Laboratories quat test papers and strips utilize an effect commonly referred to as the “protein-error of indicators” to quantify the QAC ppm levels.  While first observed with proteins (thus the name), the technique utilizes pH indicators and buffering systems to create an environment where the test paper or strip reacts (develops color) proportional to the amount of analyte (QAC) present.  The PL quat test papers and strips have color charts calibrated to solutions prepared from OASIS 146, an industry standard quat product.  The performance of the papers and strips with alternate quat products should always be verified.  In addition, any additives should be evaluated to see if they contribute to the “protein-error” effect.

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